Tech Translator

Li Hao was taken aback when he heard Wang Tong talking about the cancer cell factory. It should be known that the manufacturing method of biomimetic crystals in scientific and technological materials is molecular polymerization.

It's useless for him to think wildly here, and asked Wang Tong directly: How did the method of manufacturing biomimetic crystals become a cancer cell factory. I learned about it in the laboratory, and it seems to be a molecular polymerization method.

After Wang Tong heard Li Hao's question, he directly told Li Hao the cause and effect.

Mr. Li, our samples are manufactured using the molecular polymerization method. However, the manufacturing cost of this method is not high, but its manufacturing process is too complicated.

It can be easily completed in a small amount in the laboratory. We try to industrialize. Its yield has been very low, less than 5%.

The yield rate is not high and acceptable, but its process is too complicated. The production of biomimetic crystals requires more than 300 processes, which takes a long time.

Using this method for industrial production means that the price of biomimetic crystals is not high, but with additional factors such as time and material costs, its price is also extremely high.

Director Du wanted to lower the price of bionic crystals. After many experiments, he found a way to industrialize production.

While talking, Wang Tong pointed to the big jar.

Here is an improved cancer cell factory using human lymphoma cells. He directly uses genetic engineering technology to implant gene fragments of bionic crystals into cancer cells.

Cancer cells have the property of infinite proliferation, and their survival time is very long.

This way only some glucose, amino acids and trace elements are needed. The biomimetic crystals can be continuously produced, and its cost is very low and the efficiency is very high.

Wang Tong glanced at Zhou Yunsheng and continued: After we improved the process, we have reported to Mr. Zhou. After her approval, we will proceed with the installation and trial production of the equipment.

Zhou Yunsheng nodded and said, Wang Tong and the others told me. Haozi, you were setting up a military enterprise at that time. I also went to the Yizhuang Management Committee to buy land. I was too busy, so I forgot to tell you about it.

Li Hao said nonchalantly: It's nothing. I've been too busy these two days, so I didn't pay attention to the events on the cloud intelligence platform.

Zhou Yunsheng asked him: I am also surprised by this production method. I know that this method of cell cloning has already been used in antibody production. Can our bionic crystals also be used? It is not a technology that specializes in the production of protein products.

When Li Hao heard about the technology of the cancer cell factory, he could think of the way this technology is realized, and explained to Zhou Yunsheng: Our bionic crystal is made of several special folded polypeptides, which also belong to proteins.

Through Wang Tong's introduction, I can analyze the realization path of this technology. Professor Du must have sequenced the protein structure of the biomimetic crystal first. Then deduce its RNA, and finally reverse transcribe the DNA.

Inserting a synthetic DNA double helix into cancer cells. Now this technology is very mature, and Professor Du's team's technical level is not difficult at all to use this mature technology.

Then Li Hao said with a smile: I already know the method of manufacturing biomimetic crystals. Using this method to manufacture it, the efficiency of the factory is sufficient. Let's go and see the intelligent production line and the finished products processed by it.

Finally, under the leadership of Wang Tong, they walked into the processing workshop.

Wang Tong introduced to Li Hao while walking: Because the properties of bionic crystals are the same, when he processes them into products such as corneas or contact lenses, several of the processes are the same.

We connect the production lines together, and when it really becomes a different production process, we are doing split processing.

With Wang Tong's introduction, Li Hao and the others gradually walked into the real factory.

When he first entered this factory, his first impression was that it was quiet, not as noisy as other factories. The second impression is that it is empty. It is almost impossible to see that all the workers on the assembly line are produced by machines.

Li Hao took a closer look, and thought he had come to a factory that was not in operation. There are almost no workers in this factory.

Looking around, there are all lonely machines placed in the production workshop. Most machines are well sealed. They are connected using a conveyor belt.

The outside of the conveyor belt is tightly wrapped with glass tubes.

The layout of this factory can ensure that the products produced will not be polluted by the outside world.

When Li Hao visited the factory, it kept nodding. All the equipment in this factory is working well from the outside.

Its control system is new, when Li Hao was installing the equipment in their company two days ago. Use the original production line management system for remote debugging.

He found that the performance of this system was very weak, so he directly asked the computer company to write a simple operating system. Arrange the server in the factory and install part of the Parrot control program. Remotely managed by Parrot, in an emergency, this small smart program can also control the company.

Zhou Yunsheng and he visited the factory, and said happily while walking: Haozi, look at the well-organized smart factory, and you say this is the future trend. I can see from this factory that this method will soon be implemented nationwide.

This factory does not need workers, plus material procurement, technical services, sales, and quality control positions, the entire factory only needs more than 700 people to run completely.

With fewer factory workers, the money we save can be used to strengthen quality control. Let our factory have almost no major safety accidents.

This factory does not need assembly line workers to carry out this kind of unskilled repetitive labor. In particular, China's demographic dividend is gradually disappearing, and labor costs have increased sharply. Now repetitive manual labor has been completely changed to robot control.

When Li Hao heard Zhou Yunsheng's words, he said with a smile: Smart factories don't need workers, which refers to assembly line workers. But their requirements for workers are actually higher than those of ordinary factories.

There are no ordinary assembly line workers in the factory, but there is a group of technical service teams, mainly equipment maintenance engineers.

It's all high-tech stuff these days, and when it's in good shape, it can be manipulated in an intelligent way. But high-end equipment has its common disadvantage, that is, it is too delicate.

There must be maintenance engineers with high technical level to maintain the good operation of the factory equipment.

When Wang Tong heard Li Hao's words, he immediately said respectfully: Our team of engineers is very large, and they conduct routine inspections on the equipment every day. Every quarter, there will be a major overhaul of the equipment.

He continued to add: Today's inspection will start immediately. After the equipment is installed this time, it will be the last major inspection. We will see them when we walk forward for a while.

Don't see that we have no workers, but there are many types of workers who provide peripheral services for this factory.

I use the process of personalizing an order as an example. Our customer service department is responsible for receiving orders and requests from users.

Then the technical personnel will conduct the review, and after passing, it will be sent to the artificial intelligence, so that it can generate the process method according to the conditions of the equipment.

Let the equipment automatically assign the path and processing technology of the assembly line according to the customer's requirements. To achieve the purpose of product customization.

Li Hao has a basic understanding of the operating mechanism of this factory, and there is a parrot who controls the factory in general. Coupled with the real-time detection of engineers, the safety of equipment is guaranteed.

They continued to walk towards the inside of the factory, and now Li Hao could observe all the production status of the equipment inside the factory.

After the biomimetic crystal is processed many times, it is molded into a certain shape, which varies according to the product. become different in nature.

The bionic crystal made into the cornea is directly processed by the equipment into a five-layer structure similar to the cornea.

It can be seen that this semi-finished product is stored in the device, only after obtaining patient-specific data. According to the specific data of the patient's eyes, the next step of the process will be started to customize it for him.

The processing of contact lenses is easier than that of corneas, because its structure is simpler, and only the shape of the human eye and the specific degree need to be considered.

These products are only a few steps away from the final process.

Personally customized products are like this, without the specific data of consumers, the final processing cannot be carried out.

But it processes a product and sends it directly to consumers. Cost pressures on the company as a whole are low.

When they walked to the middle of the factory, they saw more than a hundred engineers wearing blue overalls and holding various equipment in their hands.

Seeing Li Hao's arrival, the team was still not scattered. The lead engineer is arranging today's tasks.

One team inspects the bionic crystal production area, the second team inspects the production line, and the other teams inspect the operation of the equipment according to their respective tasks.

Seeing them disperse separately, take the equipment to the designated place and start testing the machine.

Wang Tong introduced: During the overhaul, every piece of equipment in our factory is inspected by a group of personnel. Once an accident occurs, the inspectors need to be responsible.

In order to complete it as soon as possible, we transferred all the engineers from the head office. Usually, only a few engineers are needed to observe the automatic inspection equipment on the production line. Just complete the daily routine maintenance.

Li Hao saw that they were working seriously with the equipment. This kind of equipment is very advanced portable industrial testing equipment.

There are laser levels and high-energy ray flaw detectors. Portable intelligent welding machine.

They work as a team to conduct real-time inspections of the entire factory.

Smart factories look very high-end, but in addition to high investment costs and high control requirements. There is also a strong dependence on high-end technical engineers.

The higher the equipment, the more dependent the logistical requirements are. To ensure the perfect operation of the factory, there must be such engineers who work silently behind the scenes.

The most important part of building a smart factory that can operate well is to form a high-quality engineer team.